Not exact matches
The nineteenth - century predilection for picturable
mechanical models has been thoroughly undermined by
quantum physics which has shown that the atomic world is very unlike the world of familiar
objects.
Normally, you only see
quantum -
mechanical jiggling when you look at
objects the size of atoms and molecules, but we are moving into a domain where we see the centers of mass of these big mirrors jiggle
quantum - mechanically.
If the quality factor of the resonator is high, the
mechanical energy will dissipate at a very low rate, and therefore the resonator will be extremely accurate at measuring or sensing
objects thus enabling these systems to become very sensitive mass and force sensors, as well as exciting
quantum systems.
DURING HIS TIME IN GUANGZHOU, Leonhardt planned to work on the theory of Casimir forces, a strange pull or push between two closely spaced
objects that arises because of
quantum mechanical fluctuations in the vacuum of empty space.
In order to demonstrate the
quantum mechanical nature of a massive
object it has to be delocalized first.
To me, the middle ground «frontier» is how you maintain
quantum mechanical behavior of an
object as you bring it to a macroscopic scale.
Their respective theoretical and experimental studies investigate how microscopic
objects lose their
quantum -
mechanical properties through interactions with the environment.